3D nuclei segmentation using GoNuclear. Kay Schneitz Tejasvinee Mody Qin Yu Soeren Strauss Adrian Wolny Lorenzo Cerrone Fred Hamprecht Richard Smith Lab 🇺🇦 #Anna_Kreshuk github.com/kreshuklab/go-… biorxiv.org/content/10.110…

Four thoughts on effective science outreach 🧵 (1) A fun, interactive stand will attract more people than just posters. Interactive means not only having some kind of activity, but also creating a two-way conversation. Every question is a win showing the participant is curious

PicoQuant is looking for a scientific content creator. Check out the job ad.. picoquant.com/company/employ…

...and last, but not least, to all the participants from around the world that shared their research with us!😉👏👏👏 Thank you all!!❤️🙏🌱💮🌼

Faculty position for a plant synthetic biologist. Come join us in the School of Integrative Plant Science at Cornell!

Just out in Development. With our Go-Nuclear models, it is now possible to reliably 3D segment nuclei from 3D digital images. bit.ly/4dcYBz0 bit.ly/3zLS3ZO Athul Vijayan, Tejasvinee Mody, Qin Yu, Soeren Strauss, Adrian Wolny, Lorenzo Cerrone, Richard Smith Lab 🇺🇦

Quantify Nuclei size, shape and signal intensity using MorphographX #MGX

📢#plantscijob alert!🧐 We have one PhD (Prof. Leónie Bentsink group) and one Postdoc position (mariana-artur.com group) open to work on mechanosensing in seeds as part of the GreenTE consortium (green-te.nl). 🔬🌱💧🥼🧪 Please share! Links for application below👇🏾

One of the best things about conferences like #ICAR2024 is getting the chance to meet your PhD supervisor SKB Lab School of Biological Sciences, Monash and associated members Sourav Mukherjee Sridevi Sureshkumar. He has been an immense driving force for my career.

Please join us! One PhD student and one postdoc on the mathematical and computational modeling of plant mechanobiology as part of the @greente_science consortium. See mathbioleiden.nl/vacancies.html and green-te.nl for more information. Please RT - thanks :-)

Kheta Ram from Jai Narain Vyas University shows us a study on floral reversion in Cleome viscosa: a transformation from flower to leafy structures ⁦IBC2024⁩ #evodevo symposium

#PlantBio2024 Extended Spotlight: Cell Wall Signaling at Nexus of Plant Development and Defense. In this session, the speakers aim to cover the most recent findings in cell wall biosynthesis, and role of cell wall signaling in plant response to stresses!👉buff.ly/4dHmJuS

Our amazing Amy here presenting the sequel of her previous pub, digging deeper on the real mechanism of how Mimulus verbenaceus earns its leave strips! A beautiful study combing forward/reverse genetics, molecular bio, sequencing, biochemistry and more!! #Mimuluspropaganda

Nobody.. Protein embedded in phospolipid bilayer ⬇️

#Development highlighted our #preprint where Xinmin Li et al. are looking further into #leaf #heteroblasty and the role of SPL9 on leaf proximodistal symmetry and complexity. #Tsiantis lab MPIPZ Cologne Highlight: doi.org/10.1242/dev.20… Preprint: doi.org/10.1101/2024.0…

If you thought you didn't have to pay attention to giant cells because they are only in sepals, think again. Giant cells are found in Arabidopsis leaves too, and their development is controlled by the same genes. Pau Formosa-Jordan Gauthier Weissbart biorxiv.org/content/10.110…

Some RUBY Mimulus for fellow Ruby flower designers 🔺🔴🛑♦️🔻Sebastian S. Cocioba🪄🌷 Nick Desnoyer

New work indicates that some of the independent origins of prickles share a common genetic basis, providing a gene editing target to facilitate the removal of these sharp projections in cultivated plants. Learn more in this week’s issue of Science: scim.ag/7SK

Here is a nice summary from Gauthier Weissbart about our new work on giant cells with the Roeder lab and co-authors MPIPZ Cologne CEPLAS Cornell University

“Our data, therefore, argue for a largely cell-autonomous action of brassinosteroid receptors.” Now published in Science Advances with additional evidence, controls, corrections and textual clarifications as compared to the BioRxiv version! science.org/doi/10.1126/sc…